VB-GRAM G Act Replaces MGNREGA: The Right to Work Under Strain

GS-II · Governance — Social Justice, Welfare Schemes, EmploymentPrelims + MainsThe Hindu · Economic Notes

In December 2025, the Union government replaced MGNREGA with the Viksit Bharat — Guarantee for Rozgar & Ajeevika Mission (Gramin) Act, effective July 1, 2026. Employment data for July–August 2026 show a 68% collapse in person-days generated — reviving a foundational constitutional debate on the right to work.

◈ Background & Context

The Mahatma Gandhi National Rural Employment Guarantee Act (MGNREGA), enacted in 2005, was India's first pan-India statutory right to work — guaranteeing 100 days of wage employment per rural household annually.

Despite chronic underfunding and a wage rate below minimum wages in most states, it served as the only demand-driven employment safety net.

• In December 2025, the Union government replaced MGNREGA with the VB-GRAM G Act (Viksit Bharat — Guarantee for Rozgar & Ajeevika Mission Gramin).
• The new Act began implementation from July 1, 2026.
• A Supreme Court Bench, in August 2026, probed whether the "Right to Work" should be treated on par with Article 21 (right to life) — citing the Olga Tellis vs Bombay Municipal Corporation (1985) precedent.
• In 2009, MGNREGA wages were delinked from the Minimum Wages Act, 1948, causing a persistent gap between statutory minimum agricultural wages and MGNREGA wages.

The Employment Collapse — Data

Table 1 — MGNREGA / VB-GRAM G: Households Employed, Person-Days & Wages (July–August)

In July–August 2026 under VB-GRAM G, only 1.39 crore households were employed (vs 3.44 crore average over 5 years) and only 14.94 crore person-days generated — a 68% fall. Source: MGNREGA and VB-GRAM G MIS reports.

Constitutional Lineage of the Right to Work

• Article 41 (DPSP): "The State shall, within the limits of its economic capacity and development, make effective provision for securing the right to work." — a directive, not a fundamental right.
• Articles 39, 42, 43 (DPSP): Call for adequate means of livelihood, equal pay, just working conditions, and a living wage.
• Constituent Assembly debate: Prof. K.T. Shah advocated a fundamental right to work; Dr. B.R. Ambedkar held it was fiscally unenforceable in a newly independent India — hence it became a DPSP, a "deliberate constitutionalism of aspiration."
• Olga Tellis (1985): Supreme Court ruled that the right to livelihood is implied in Article 21 (right to life) — giving judicial support to employment rights.
• Sanjit Roy vs State of Rajasthan (1983): SC held that wages below minimum wages violate Article 23 (prohibition of forced labour).
• Doctrine of Non-Retrogression (affirmed in Navtej Singh Johar vs Union of India): The State cannot roll back rights once achieved. Critics argue the VB-GRAM G Act violates this principle.

Key Structural Defects of VB-GRAM G vs MGNREGA

• VB-GRAM G imposes an arbitrary fund cap — unlike MGNREGA's demand-driven design where the state must fund all work demanded.
• Wages are not linked to minimum wages under the new act.
• The Act allows denotification of areas, removing the universality that MGNREGA provided.
• States already constrained by FRBM borrowing limits bear increased funding burden — reducing their ability to generate employment.
• Rural women are increasingly classified as "unpaid family workers" — the wage income MGNREGA provided was an important source of female economic agency.

▤ Key Numbers

• Average (2021–26): ~3.44 crore HH employed, ~44 crore person-days in Jul–Aug.
• 2026–27 (VB-GRAM G): 1.39 crore HH, 14.94 crore person-days — 68% fall.
• Average wage: ₹282.5/day (2026–27) vs ₹210/day (2021–22) — nominal rise, real value questionable.
• Total household earnings (Jul–Aug 2026) estimated at roughly half of the same period last year.

✎ Mains Practice Question

The replacement of MGNREGA with the VB-GRAM G Act raises fundamental questions about the constitutional promise of the right to work and the doctrine of non-retrogression. Critically examine the employment and constitutional implications of this transition, and suggest a framework that balances fiscal responsibility with the guarantee of rural livelihood. 15 marks · 250 words

02

Legal Metrology (Indian Standard Time) Rules, 2026: One Nation, One Time

GS-II · Governance — Government Policies, Digital InfrastructureGS-III · S&T — Space Technology (NavIC), Digital EconomyPrelims + MainsPIB · Department of Consumer Affairs

The Department of Consumer Affairs notified the Legal Metrology (Indian Standard Time) Rules, 2026 on 27 August 2026, establishing IST as the mandatory, unified time reference for all legal, commercial and official systems — with a 180-day implementation window.

◈ Background & Context

India uses IST (UTC +5:30), but there is no legal mandate compelling all systems — banking, telecom, railways, power grids, court records — to synchronise to a single authoritative Indian source. Many critical systems currently use foreign satellite-based timing (GPS). The new rules change that.

• Legal Metrology Act, 2009 is the parent legislation; these rules are framed under it.
• Rules come into force 180 days from gazette notification (27 Aug 2026) — allowing systems migration time.
• The initiative is part of the "One Nation, One Time" programme.
• NavIC (Navigation with Indian Constellation — India's own satellite navigation system) is specifically approved as a timing source under the rules — reducing dependence on US GPS.
• White Rabbit Technology demonstration: A sub-nanosecond precision time dissemination network was commissioned at RRSL Bengaluru (July 2026); demonstrated IST dissemination between RRSL Bengaluru and NSE Chennai — in collaboration with CSIR-NPL, ISRO, SEBI, NSE, BSNL.

Figure 1 — IST Dissemination Architecture (One Nation, One Time)

NavIC /CSIR-NPLRRSL /NPL NodesSectors (Legal IST Recipients)🏦 Banking & Digital Payments📡 Telecom & Internet Networks🚂 Railways & Transport⚡ Power Systems & Govt RecordsWhite RabbitTechnology180-day window for all systems to migrate to Indian IST sources

IST will flow from NavIC and CSIR-NPL through regional reference labs to all critical sectors — replacing dependence on foreign GPS-based timing.

Significance

• Digital sovereignty: Reduces dependence on US GPS for critical infrastructure timing — a national security and strategic autonomy concern.
• Financial markets: Accurate time-stamping of transactions is critical for securities trading, UPI payments and banking reconciliation.
• NavIC promotion: Mandating Indian sources for time dissemination drives adoption of NavIC beyond navigation (seven IRNSS satellites).
• Legal clarity: Provides a uniform time reference for court records, contracts, and government instruments — reducing disputes arising from time-zone or source discrepancies.

✎ Mains Practice Question

The Legal Metrology (IST) Rules, 2026 are seen as a step towards digital and strategic sovereignty. Examine the significance of a unified national time infrastructure for India's critical sectors and its implications for strategic autonomy. 10 marks · 150 words

03

V-Dem Report: India's Electoral Democracy Index at Its Lowest Since the Emergency (1975)

GS-II · Polity — Judiciary, Election Commission, Fundamental Rights, Democratic InstitutionsMains-orientedThe Hindu · Data / Analysis

The V-Dem Institute's Electoral Democracy Index 2025 rates India at its lowest score (0.38) since the Emergency period of 1975 — with scores for EMB autonomy, judicial accountability, and impartial administration all at 50-year lows. The UN CERD has separately expressed concern about voter-roll revisions and exclusion of minorities.

◈ Background & Context

The Varieties of Democracy (V-Dem) Institute (University of Gothenburg, Sweden) uses a multidimensional methodology to measure democracy — tracking indicators across electoral, liberal, participatory, egalitarian and deliberative dimensions. India's decline on its electoral democracy index has been gradual since 2009.

• India's V-Dem Electoral Democracy Index score: 0.38 in 2025 — below the 0.39 recorded in 1975 (Emergency rule).
• India ranks 106th among 179 countries; Denmark tops with 0.9.
• V-Dem classifies India as an "autocratising" country — one experiencing a systematic dismantling of democratic institutions.
• Scores for judicial accountability and corruption, Election Management Body (EMB) autonomy, and impartial administration by public officials are at 50-year lows.
• The UN Committee on Elimination of Racial Discrimination (CERD) — in its first India review since 2007 — expressed concern about exclusion of large numbers of voters (including Muslims) during Special Intensive Revision of electoral rolls.

Charts 1 & 2 — V-Dem Electoral Democracy Index & EMB Indicators for India (1975–2025)

Chart 1 shows India's Electoral Democracy Index falling to 0.38 in 2025, lower than the 1975 Emergency score. Chart 2 shows simultaneous deterioration in EMB autonomy, free-and-fair election conduct, and a rise in intimidation of other parties. Source: V-Dem Institute (University of Gothenburg); reproduced for educational use.

Areas of Decline (V-Dem Parameters)

• EMB Autonomy: The Election Commission's independence from executive control, at a 50-year low — including concerns about discretionary application of the Model Code of Conduct.
• Judicial Accountability & Corruption: Indicators tracking judicial independence and corruption in court processes have declined sharply.
• Freedom of Academic & Cultural Expression: Declining institutional autonomy of universities; harassment of academic researchers and journalists.
• Intimidation by Election Government: Index tracking harassment of opposition parties has worsened in recent years.

✎ Mains Practice Question

Global democracy indices such as V-Dem have flagged India as an "autocratising" country with declining institutional autonomy. Critically examine the methodology and findings of such indices, and discuss whether they accurately capture the state of Indian democracy. 15 marks · 250 words

International RelationsGeneral Studies Paper II

04

Trump Orders Lake Ontario Renamed "Lake America": Geography, Indigenous Names and US–Canada Relations

GS-II · IR — India's Neighbourhood (context: bilateral disputes); US Foreign PolicyGS-I · Geography — Great Lakes; History — Indigenous PeoplesPrelims + MainsThe Hindu · Indian Express · Explained

US President Donald Trump signed an executive order (27 August 2026) to rename Lake Ontario — the easternmost of the Great Lakes, straddling the US–Canada border — as "Lake America," triggering strong pushback from Canada and reigniting questions about the cultural and indigenous origins of place names.

◈ Background & Context

This renaming is part of a broader pattern of Trump-era place-name changes using executive orders — the same approach was earlier applied to the Gulf of Mexico (renamed "Gulf of America" for US federal purposes). Bilateral US–Canada tensions over trade and sovereignty have escalated since 2025.

• "Ontario" derives from the Wendat (Huron) indigenous people — meaning "large body of water" or "shining water." The name predates both Canadian Confederation (1867) and US Independence (1776).
• Canadian PM Mark Carney stated the name is "more than 400 years old" and that "naming reality means calling it Lake Ontario — then, now and always."
• Lake Ontario is the smallest of the five Great Lakes by surface area but the second smallest by volume; it drains into the St. Lawrence River.
• US executive orders on geographic names apply only to federal documents and maps — they do not compel other countries or international bodies (like the UN Group of Experts on Geographical Names, UNGEGN) to adopt the new name.

Figure 2 — The Great Lakes: Location of Lake Ontario

Lake Ontario is the easternmost Great Lake, bordering the Canadian province of Ontario and the US state of New York. Source: BBC; reproduced with credit for educational use.

The Five Great Lakes — Prelims Facts

• HOMES mnemonic: Huron · Ontario · Michigan · Erie · Superior.
• Lake Superior is the largest by surface area; Lake Michigan is the only Great Lake entirely within the US.
• Lake Ontario borders: Ontario (Canada) and New York (USA).
• Drains via: St. Lawrence River into the Atlantic Ocean.
• The Great Lakes together contain ~21% of the world's surface freshwater.

Broader Significance — Toponymy and Sovereignty

• Toponymy (the study of place names) is increasingly a geopolitical tool — renaming reflects assertions of sovereignty and can erase indigenous cultural heritage.
• The UN Group of Experts on Geographical Names (UNGEGN) sets international standards; unilateral US renaming has no international legal force.
• Context: Trump also renamed the Gulf of Mexico → Gulf of America (federal usage) and Denali (Alaska) → Mount McKinley (reversed) — showing a pattern of using geographic names as political symbols.
• For India: India has its own disputes over place names — the Aksai Chin, Arunachal Pradesh (called "South Tibet" by China), and disputes over names in the South China Sea all involve similar sovereignty-via-naming dynamics.

✎ Mains Practice Question

Place-name changes by states — whether the renaming of Lake Ontario by the US or China's renaming of places in Arunachal Pradesh — reflect the use of toponymy as a geopolitical tool. Critically examine this phenomenon with reference to international norms and indigenous rights. 10 marks · 150 words

EconomyGeneral Studies Paper III

05

UPI: How India's Unified Payments Interface Works — Architecture, Scale and Global Reach

GS-III · Economy — Digital Economy, Financial Inclusion, Payments InfrastructurePrelims + MainsThe Hindu · Explained

In July 2026, UPI processed 2,366 crore transactions (~7,600/second) worth ₹30 lakh crore. Across 2025–26, it handled 24,160 crore transactions — 85% of India's digital payment volume by number, and 49% of all real-time payments worldwide (IMF data).

◈ Background & Context

UPI is an interoperable, real-time payment system operated by the National Payments Corporation of India (NPCI). Launched in April 2016 by then-RBI Governor Raghuram Rajan, it was built as an interoperable layer over IMPS (Immediate Payment Service) with Nandan Nilekani (Infosys co-founder) as advisor.

• Each user has a UPI ID (e.g., name@bankname) — an alias for their bank account. Banks create and manage these IDs; users can customise them.
• NPCI provides the switching and routing infrastructure connecting ~730 participating banks.
• Transaction flow: Payer app → NPCI (routing) → Payer bank (authentication + debit) → NPCI → Payee bank (credit) → confirmation.
• Key intermediaries: TPAP (Third-Party Application Provider — the app, e.g., PhonePe/GPay) and PSP (Payment Service Provider — the bank connecting the app to NPCI).
• UPI 2.0 (2018) added overdraft linking, mandates (auto-pay), invoice verification, and signed QR codes.

Figure 3 — UPI Transaction Flow (Simplified)

PayerUPI App(TPAP/PSP)Payer BankAuth + Debitchecks balance,NPCISwitch & Route~730 banksconnectedPayee BankCredit accountConfirms creditPayeeReceives ₹+Notification① Payer enters UPI PIN② NPCI routes & switches③ Credit confirmed

A UPI payment involves six steps: initiation → bank auth → NPCI routing → payee bank credit → confirmation. The entire process typically completes in under 2 seconds.

Global Spread of UPI

• NPCI International Payments Ltd (NIPL) — wholly-owned NPCI subsidiary driving international adoption.
• Countries where UPI is live: Bhutan (2021) · Singapore (2021) · UAE (2022) · France, Mauritius, Sri Lanka, Nepal (2024) · Qatar (2025) · Cambodia, Greece, Maldives (2026).
• In pipeline: Indonesia, Malaysia, Thailand (interoperability being developed).
• IMF: UPI accounted for 49% of all real-time payments worldwide in 2025.

✎ Mains Practice Question

UPI has transformed India's digital payments landscape and is now being adopted globally. Examine the technical architecture that makes UPI uniquely scalable, and discuss the geopolitical and financial inclusion implications of its international expansion. 10 marks · 150 words

Science & TechnologyGeneral Studies Paper III

06

AstroRad Vest: A Lighter Radiation Shield for Deep-Space and Lunar Missions

GS-III · S&T — Space Technology, Human Spaceflight, Radiation PhysicsPrelims + MainsThe Hindu · Science

A study published in Science Advances (August 2026) confirms that the AstroRad vest — developed by Israel's StemRad and Lockheed Martin, and tested on NASA's Artemis I mission — can reduce radiation exposure from a major solar storm by 40–60%, a critical advance for crewed lunar and Mars missions.

◈ Background & Context

Radiation is the primary barrier to long-duration human spaceflight beyond Earth's magnetic field. The magnetosphere shields Earth from solar particle events (SPEs) and galactic cosmic rays (GCRs). Beyond it — on the Moon or in transit to Mars — astronauts are fully exposed.

Traditional shielding (lead, metal plates) adds prohibitive mass and cost.

• AstroRad uses hydrogen-rich polymers instead of lead — hydrogen nuclei are similar in mass to incoming protons, maximising energy transfer and slowing particles efficiently at lower weight.
• Design prioritises coverage over areas with large amounts of bone marrow (chest, abdomen, pelvis) and sensitive organs (heart, lungs) — where radiation damage is most consequential.
• Originally designed by StemRad for nuclear emergency responders; adapted for space by Lockheed Martin.
• Artemis I (2022) tested it via two human-shaped dummies — "Helga" (no vest) and "Zohar" (with AstroRad) — fitted with tissue-mimicking materials and radiation sensors inside the Orion capsule during a lunar flyby.

Results & Key Data

• August 1972 solar storm model: AstroRad would have reduced effective dose by 60% — equivalent to 193 fewer days of deep-space radiation exposure.
• October 1989 solar storm model: AstroRad reduces dose by 40% — equivalent to 131 fewer days of exposure.
• Limitation: AstroRad protects only against solar particle events (SPEs); it cannot block Galactic Cosmic Rays (GCRs) — high-energy particles from outside the solar system, which remain a harder challenge.
• Practical benefit: Astronauts may be able to partially work through a solar storm rather than halting all activity for shelter.

▤ Key Terms — Prelims Hooks

• SPE (Solar Particle Event): Burst of energetic particles (mainly protons) from the Sun — most dangerous during solar maximum; AstroRad addresses these.
• GCR (Galactic Cosmic Ray): High-energy particles from outside the solar system — far harder to shield; not addressed by AstroRad.
• Artemis Programme: NASA's crewed lunar return programme; Artemis I (2022) was uncrewed; Artemis II (crewed) and eventual crewed lunar landing follow.
• Orion Capsule: NASA's spacecraft for deep-space crewed missions — used in Artemis.
• StemRad: Israeli company; co-developer of AstroRad with Lockheed Martin (US defence/aerospace).

✎ Mains Practice Question

Radiation exposure beyond Earth's magnetosphere is a critical constraint on human deep-space exploration. Examine the scientific basis of the AstroRad vest and discuss the broader technological and policy challenges that must be addressed before humans can safely travel to Mars. 10 marks · 150 words

Environment & EcologyGeneral Studies Paper III

07

Rural Waste Management: Lessons from Majuli and Tawang — Community-Led Models for India's Invisible Crisis

GS-III · Environment — Solid Waste Management, Pollution; GS-II · Governance — Panchayati Raj, Swachh BharatPrelims + MainsThe Hindu · In-depth Feature

While India generates 1.7 lakh tonnes of solid waste daily, rural waste remains largely unmeasured and unmanaged — 2 billion of the 2.7 billion people globally without waste collection live in rural areas. Two community-led experiments in Majuli (Assam) and Tawang (Arunachal Pradesh) show what bottom-up rural waste governance can look like.

◈ Background & Context

India's Solid Waste Management Rules 2016 (and revised SWM Rules 2026) mandate solid waste management at the local body level. However, rural local bodies — Gram Panchayats — rarely collect data, have no adequate collection infrastructure, and face severe funding gaps.

The Supreme Court in August 2026 directed regulatory bodies under the SWM Rules 2026 to be notified and staffed.

• India produces 1.7 lakh tonnes/day of solid waste (CPCB); 22% goes to landfills, 17% is unaccounted for.
• Rural waste data "simply does not exist" — no systematic collection or tracking by rural local bodies.
• Rising rural per-capita spending → more plastics and packaged goods → mixed, non-biodegradable waste in villages where traditionally only organic waste was generated.
• UNEP: 2.7 billion globally lack waste collection; 2 billion of them are in rural areas.

The Majuli Model (Assam) — Island Waste Management

• Majuli: World's largest river island; 1.67 lakh people; subject to annual flooding; waste historically dumped in the Brahmaputra.
• From 2017–22: District built Central Material Collection Facilities (CMCFs) in 19 of 20 panchayats and mini-collection facilities in ~160 villages — but these remained unused until 2024.
• 2024: Sahaas (waste management NGO) partnered with district administration; added community participation, logistics, sanitation worker training, cold-chain for recyclables, and market linkage to scrap dealers.
• April 2025: First waste boat-crossing of the Brahmaputra — instead of river dumping. Between April 2025–May 2026: 16.78 tonnes transferred, ₹1.47 lakh earned.
• Since 2024: 82.4 tonnes prevented from reaching the Brahmaputra. Served by 37 sanitation workers and 19 sorting staff across 19 panchayats.
• Constraint: CMCFs filling up; no market for black polythene and textile scrap; plastic management facility still under repair.

The Tawang / Zemithang Model (Arunachal Pradesh) — Mountain Community Governance

• Tawang at 6,900–8,000 ft altitude; scattered settlements make door-to-door collection impractical.
• Himalayan Fringes Project (Further and Beyond Foundation) piloted a community-led model in 2024 in Chullyu, Keyi Panyor district; adopted by a third of Tawang district and parts of Keyi Panyor and Upper Siang.
• Swachchata Divas: Monthly community collection day where each household brings waste to a designated sorting point; households segregate into 22 categories; 26 villages have collected 30 tonnes so far.
• Governance: Central committee (Circle Officer + Lama as secretary); village committee (Gaon Bura + treasurer); meets quarterly; sets fines; households pay ₹50/month, shops pay ₹100/month.
• Material Recovery Facilities (MRFs): In Zemithang, Lumla, Daporijo — 35 sorting categories; sanitary napkins and diapers also sorted and sold; 20+ tonnes sold to recyclers, generating ₹3.53 lakh.
• 4.4 tonnes sent to Tezpur (Assam) on Independence Day 2024 — first-ever waste shipment from Zemithang; 390-km, 12-hour truck journey.
• Cost challenge: ₹45,000 per truck-load from Arunachal to Assam; ₹20,000/trip for fuel + driver; government donated one truck after seeing success.

Figure 4 — Community-Led Rural Waste Flow: Tawang Model

HouseholdsSegregate at home₹50/month feeSwachchataDivasMonthly collection22 categoriesMRF(35 categories)Sort · ProcessBale · StoreRecyclersTezpur / Assam₹45,000/truckloadGovernanceCircle Officer +Lama (secretary)Gaon BuraQuarterly meetsFines enforcedKey challenge: ₹45,000/truck transport cost to distant recyclers

The Tawang model eliminates the cost of door-to-door collection by making households responsible for monthly sorting and aggregation — then uses community governance (with fines) and shared infrastructure (MRFs) to ensure the system is self-sustaining.

Policy Gaps & Way Forward

• Primary collection and transport are the costliest steps in solid waste management — accounting for ~50% of costs even in cities; far higher in remote rural areas.
• SWM Rules 2026: Supreme Court has ordered regulatory bodies to be notified, staffed and equipped — implementation remains weak.
• Extended Producer Responsibility (EPR) for packaging waste can partly fund rural collection by making manufacturers bear costs.
• Community-led models succeed where government door-to-door collection fails — key enablers: strong local governance (Panchayats + traditional leaders), a monthly fee mechanism, NGO technical support, and proximity to recycling markets.

✎ Mains Practice Question

Rural solid waste management remains India's invisible environmental crisis. Using examples from community-led initiatives, examine the structural gaps in rural waste governance in India and suggest a decentralised, financially sustainable framework drawing on Panchayati Raj institutions and Extended Producer Responsibility. 15 marks · 250 words

08

Delhi Master Plan 2047: Green-Blue Infrastructure, Yamuna Restoration and Heritage Conservation

GS-III · Environment — Urban Ecology, River Restoration; GS-II · Governance — Urban PlanningGS-I · Indian Heritage — Heritage Conservation, Adaptive ReusePrelims + MainsThe Hindu · Opinion (L-G Taranjit Singh Sandhu)

The Master Plan for Delhi (MPD) 2047 integrates ecological restoration and heritage conservation at its core — proposing a 52-km cycling corridor along the Yamuna, restoration of 1,700 ha of floodplain, regeneration of 7,784 ha of the Ridge, and Cultural Resource Management Plans for ~1,500 heritage assets.

◈ Background & Context

Urban planning under climate change demands that nature function as infrastructure, not amenity.

Delhi's MPD-2047 embeds a connected green-blue network — linking the Yamuna, Ridge, urban forests, wetlands, biodiversity parks and neighbourhood parks — as a single ecological system intended to filter air, cool neighbourhoods, recharge groundwater and support biodiversity.

• Yamuna floodplain: ~1,700 ha to be protected and ecologically restored; drains will be intercepted and treated through upgraded sewage infrastructure, constructed wetlands and bioremediation.
• 52-km cycling corridor along the Yamuna: Revived waterfront with public space without compromising ecology.
• The Ridge: Extension of the ancient Aravalli range — ~7,784 ha to be restored with native species under scientific ecosystem management.
• Heritage: ~1,500 heritage assets to get Cultural Resource Management Plans; adaptive reuse (museums, libraries, hotels, cultural venues) is central — supported by Transferable Development Rights (TDR) and façade retention incentives.
• Heritage circuits: Monuments, precincts and public spaces linked for tourism, local crafts and cultural enterprise — treating Delhi as a living historical landscape.

Key Concepts — Prelims Hooks

• Green-blue infrastructure: Urban planning approach that integrates green spaces (parks, forests, corridors) with blue spaces (rivers, wetlands, water bodies) as functional infrastructure — for climate resilience, biodiversity and human wellbeing.
• Bioremediation: Use of microorganisms or plants to break down pollutants in water or soil — used here for Yamuna floodplain and drain treatment.
• Transferable Development Rights (TDR): A planning tool where a property owner in a restricted zone can transfer the "right to develop" to a different zone — used here to make heritage conservation economically viable.
• Adaptive reuse: Converting a heritage building to a new use (hotel, library, office) while preserving its historic character — reduces demolition, generates economic value.

✎ Mains Practice Question

Urban master plans are increasingly required to integrate ecological restoration and cultural heritage conservation alongside infrastructure growth. Examine how Delhi's MPD-2047 attempts this integration through green-blue infrastructure and heritage circuits, and discuss the governance challenges in realising such plans. 10 marks · 150 words

Society, Internal Security & WelfareGeneral Studies Papers I · II · III

09

National Animal Disease Control Programme (NADCP): Livestock Health, One Health and Pandemic Preparedness

GS-III · Agriculture — Animal Husbandry, Livestock Health, Food SecurityGS-II · Governance — One Health, Pandemic PreparednessPrelims + MainsPIB · Ministry of Fisheries, Animal Husbandry & Dairying

Launched in September 2019, the NADCP has administered 147.16 crore FMD vaccine doses, driven a fall in FMD outbreaks from 132 (2019) to 40 (2025), cut Brucellosis cases from 22 to 15, and increased average bovine productivity by 36.63% — demonstrating that disease control directly translates into farmer income, food security and pandemic resilience.

◈ Background & Context

India has the world's largest livestock population — 535.78 million animals (20th Livestock Census, 2019), including 302.79 million bovines. Two diseases have historically caused massive economic losses: Foot and Mouth Disease (FMD) and Brucellosis. NADCP was launched to eliminate both through nationwide mass vaccination.

• FMD: Highly contagious viral disease of cloven-hoofed animals (cattle, buffalo, sheep, goats, pigs). Reduces milk, growth, reproduction and draft capacity; restricts international trade.
• Brucellosis: Bacterial (Brucella abortus) reproductive disease of cattle/buffalo. Disrupts fertility and lactation → reduced milk and meat. No curative treatment for bovines; vaccination is the only tool.
• NADCP target: 100% vaccination against FMD (twice yearly); one-time Brucellosis vaccination for female bovine calves aged 4–8 months.
• NADCP is now subsumed under the umbrella Livestock Health and Disease Control Programme (LHDCP) — Budget 2026–27 outlay: ₹2,010 crore.

Figure 5 — One Health Framework: Human, Animal & Environmental Health Convergence

The One Health approach recognises that human, animal and environmental health are interdependent — preventing animal diseases like Brucellosis also protects human health (zoonosis) and promotes antimicrobial stewardship. Source: PIB / Ministry of FAHD; reproduced for educational use.

Key Outcomes — NADCP Data

• FMD vaccination: 147.16 crore doses; 8.04 crore farmers benefited; extended since 2024 to migratory sheep and goats in Haryana, Himachal Pradesh, Uttarakhand, J&K and Ladakh.
• FMD immunity: Average protective immunity — Serotype O: 78.1%, Serotype A: 71.7%, Asia1: 77.6% — indicating strong herd immunity.
• FMD outbreaks: Fell from 132 (2019) → 40 (2025).
• Brucellosis seroconversion: Cattle calves: 75.63%; Buffalo calves: 67.17%.
• Brucellosis outbreaks: Fell from 22 (2019) → 15 (2025).
• Bovine productivity: Average rose from 1,640 kg/animal/year (2014–15) → 2,250 kg (2024–25) — 36.63% increase; described as the highest productivity gain by any country globally.
• Milk production: 146.31 mn tonnes (2014–15) → 247.87 mn tonnes (2024–25) — 69.4% increase in a decade. Target: 3,000 kg/animal/year by 2030.

Infrastructure & Digital Integration

• Bharat Pashudhan Portal: Each animal gets a unique 12-digit Tag ID; 39 crore+ livestock registered by July 2026; enables real-time vaccination tracking, disease surveillance and traceability.
• Mobile Veterinary Units (MVUs): 4,019 operational across 29 States/UTs; toll-free number 1962; 136 lakh farmers and 276 lakh animals benefited.
• MAITRIs: Multi-Purpose Artificial Insemination Technicians in Rural India — 39,810 trained; provide doorstep services.

One Health & Pandemic Preparedness

• One Health concept: Recognises that human, animal and environmental health are intrinsically interdependent — zoonotic diseases (from animals to humans) like Brucellosis and FMD variants have pandemic potential.
• PM-STIAC: Approved the National One Health Mission (July 2022) to coordinate cross-ministerial One Health activities.
• Pandemic Fund Project (2024): $25 mn initiative backed by the G20 Pandemic Fund; implemented with ADB, FAO and World Bank; strengthens genomic/environmental surveillance, lab infrastructure and cross-border disease response.
• Two key documents released: Standard Veterinary Treatment Guidelines (SVTG) — promotes rational medicine use and antimicrobial stewardship; and Crisis Management Plan (CMP) for animal disease outbreaks.

✎ Mains Practice Question

The National Animal Disease Control Programme demonstrates that livestock health is integral to India's food security, farmer welfare and pandemic preparedness. Examine how NADCP's outcomes illustrate the One Health framework, and discuss what more needs to be done to align India's animal health infrastructure with international standards for FMD-freedom. 15 marks · 250 words